neutron activation

Molybdenum-99 can be formed by the neutron activation of molybdenum-98.

The use of neutron activation analysis is best explained by the following case study.

The technology is described as one of "thermal neutron activation."

This is where neutron activation analysis enables us to source them with certainty.

In this sense, neutron activation is a non-destructive analysis method.

Radiation is used to determine the composition of materials in a process called neutron activation analysis.

But neutron activation has shown the stones from the two abbeys to be quite different.

The method is based on neutron activation and therefore requires a source of neutrons.

"We'll do what's called a neutron activation analysis," Kovac explained.

He also participated with neutron activation analysis in the Apollo Project.

Tritium is produced in nuclear reactors by neutron activation of lithium-6.

Neutron activation analysis can be used to remotely detect the chemical composition of materials.

Pneumatic tube systems are used in science, to transport samples during neutron activation analysis.

Neutron activation showed the same fingerprint for the head and the fragment, which extends from the feet to the knees.

Neutron activation analysis (see glossary) was developed in the mid-1940s, following the introduction of nuclear reactors.

These objects can be processed by neutron activation to form gamma-emitting radioisotopes.

This group, after being tested with neutron activation techniques shows that it was imported from eastern Cyprus.

Neutron activation also has a practical use.

Similarly, neutron activation is a standard analytical technique used to analyze elements, usually, metals.

The relevant mechanisms are Neutron activation, alpha absorption, and photodisintegration.

The reactor performs neutron activation services for about $40 to $60 per sample, and is competitive to a number of alternative processes.

But neutron activation has its own limitations.

Neutron activation analysis is a method used to determine elemental concentrations in unknown samples.

The plant partook in neutron activation analysis and gamma irradiation for various materials.